Basket-nailing machine.



A. M. TAYLOR.

BASKET NAILING MACHINE.

Patented 0ct.8,1912.

2 SHEETS-SHEET 1.

Inn/[N16 r APPLICATION FILED NOV. 16, 1906. 1,040,456.

A. M. TAYLOR.

I BASKET NA'ILI-NG MACHINE.

APPLICATION FILED NOV. 1c. 1906.

1,040,456. Patented Oct. 8, 1912.

2 SHEETS'SHEET 2.

MMNEEEE; INvENIDr COLUMBIA PLANOGRM'H ca, \VASHHQGTON. D. C

lAppliiz ron (file and operated'to manufactureibaskets having solid wooden bottoms splint sides; and hoops:

the basket.

illustrated a machine and" details "of a ma Beit known that )I-,.=!M. Time a citizen of the United; St-atesfiresiding fat Keuka rPark, iniithe icountj of Yatesiiand'i State of New York; have! invented certain; new and useful Improv'ements in'i' Basketil Nailing Machines -and il 'ido' herebyudeclarethe followingto v be a: fullyclear', fandi ez actl' description of the invention' such as' enable others skiJled thea art which it pertains-; to makeand use the samefi 1:

- -My invention relates to basketma'e' chines; to that classl which are constructed or bands which iarer secured thereto lby staples nails '01:fackfluiif'mlmer) adi'liiilii Jill The object ofimyinvention is to providea machine, simple in con's'tructioii -easy to manipulate or )p arate' hy-"inexper enced! hands; andpositive in its-action andfoperaf' tion. w? ed? and? .om'r The object of my invention is to" provide; a machine having hammers i adapted toi pick up nails, tacks 'or stap1es; and to drive theE same into an articlc'such as ai basket;the hammers having special actu'ating devices adapting them ior'thi's purpsfel- My inventionfurther consists provid ing two hammers adapted topick pp and drive nails, tacks andstaples each of said hammers being provided with a ieeding' de vice for nails, tacks-or stapl'es located so as'f to present a tack, nail or=*staple to'thef're spective' hammers. 3 One of s aid hamn iers being adapted to drive the maihfitack or staple through the fabric of the'basketfi ntd the bottom of the same;1=the*other-ofsaidif hammers being adapted todrive the;tacks," nails, or staples through the' u'pper portion" of the basket, or throu hthe-ebands pf'tha same, in combinationj with an 5 adjustable mold or former for receiving the basket, holding the fabric in" position-and shaping .i-iw; up,

'iiiiiiikii li My invention still further consists in parts i and combination of Partsjallbf which willbe hereinafter fully set fort'h and claimedi In the accompanying drawings I have chine, so constructed as to er nbotiy my -in-j vent-ion. I Q f "Figure I lllustrates'a V1BWZ'1I1 isometriculna In)?! y l 11H T") iw "r-I' rearsraeemw Patiitedoc ,t-' 9Q5.'!11$i ?l (Nb-l 343,715.; f finial ln'i'i: uoiic'z'lqo z-J of' the machine illustrating theiparts as as-= sembled and! showing the: hammers 1 in the act 30f drlvmg'a' fastener through the fabric speotively'i :In practice thebottom is usuallyentirely finished before the upper portion of material ias=thelparts may be operated upon swingingn iipport for the'bottom piece of the? basket,uact1ng as a igage forsustaining the meanseofaa fprotrudingipiston and an anti frlctionrvholdingiiplunger tor- -'arm,' as illusalmodified 'ifo'rmnofi the mold; ,=showing that spindley sonasuto permit. e11 parts i of the to gbeoperateda upon by? the fhammers. Inthis figure? KI Ihave illustrated the former or mo'l'dfproivided with handles so that the same ployed foroperating and reversing the harm mers; .whrebya-xuthe face ofthe same is broughtiralternatelyw'in position to pick up atack, nail 'on'st-aplez andrsubsequently drive itsiv 'l-he' former position being shown in solid; lines; i In this i Fig. IV; is also illustrated" in enlarged proportions a basket formerorimold provided with a holding arm or p' lungefy and with points which enter the solid bottombf the basket; and also is illust-rated the fabricof the basket surrounding the mo1d,'and the inner top hoop being: held to the' basket-by a spring Fig. V il1ustrates atack or nail feeder, showing of two parts; each-zhaving' 'a' guard bar 10- cat'ed abdve'iit topreventthmacks or nails from being' jarred out' of: the feeder. In Fig: VI isi' shown '=the construction of the joint: for securing the'upp'er-portion of the ifeederfor the' 'detachable portion of the feeder to the' stationary or attached portion;

jFigQ VII illustrates in plan view the feederf'i nd'the'operation'ofthe escape mechanism for feeding the "individual tacks at allftimes intoithe bottom; alicl into and through-the:- fabr1c-ar0und5thevtop *or upper hoop, "re-1 I tratd'iifFigseIiahd as Fig. IIIillustrates the sameds adapteditdb moved around a-' up'per 'and lower periphery of the basket may bmeasilyoperatedl iFig. IV is an enlarged 'vie'w !illustrating' the mechanism 'emdottedlines irr the=figure and the latter in.

thesame in side elevation, and being formed the'ibasket'iis ioperated upon; but this is 'imeitheri'togetheii'oriseparately,' at the option of i v theioperaltonnilInlFig. 'II is illustrated thei bottom ingproper a elatidni to :the bottom of i; the .fnbldgwwherelfltdss subsequently held by.

The further construtieii- 'ofhoth hammers. being the same both in operation and detail", withatherexceptionuthatrthey sope'rate mi re-= versendireetionallemih [proeeedhtm describeb.1111" foheiasnilLustratedwim-F (EH6; lot the.

v drawihgsmSehunedlto the spindle o7",..'is:a

gear Wheel omglmon 19;; which meshes vivitln art 2 idler apinionwDi'dl which: rm :turn i' meshes e withn anotheletpinioni 103$ oflhe-lihilbs oiiuthe, idler D? i and-nthenpi nion :Dfe being; mounted 20 mean arm-:Dfo Whicmim'turmjournal's re' verses fiendsbseillates;'ahontnthenspindler 09 3 allowing-the arm D} .tibscillatagfrom the; e positiomshqwnims'chd 'lanesan hhggaliit to; he; positioneshowh ignd ottedrlanesim asaane. figures-valid inasmuehi-ast-herp n enili) 115% mm movable; thenidleradla'a and! thezplnlohldDfi, to; which lthethammeiio gislseenredwcanseithe orhammemtmassnme t gnnos troxflshewnebothisz :irsdotted and-in .sbhdihinsqm' l agilitas ondii othermierdslkthe down- 1; warm at'allltdmesa dnfiringiitsrmbvehtentironi; one-ipbsitiomtoltheaothen tlnaonepositiong. ersllctmas the dsrtted-Ifp osition, itzawilla be seen thataztasiine this aseijthei hammers; are whatsarei.imowmasmagnetielhammeish the hammenlattracts: ofuitac'le f; rromi. the; lomempertidfi y' itif thefieeder carries, it: 3 tmathenpositiom shovrni solid :wlmes? and drives itihomatastsliomneaintn the sohdibote 40 tom ofithe'sbaskfet, 0min eicase-otithe co mpanio'n hammer intottheiup'pen hoopiandi side fab'ri'e, securing theseopa-ntstogethem Pilea sumingi thatjhisi Fig,"- :JN: was; reversedj and J the hammer Sl'10Wns'i'I1;; 'S0lidi lineswas; pre-: sentiiigaand fasteningi'theanail. f; totheiupper 1 portion b oii thetbasket, ftheltaek would be drivelnihomei through) the: twpi hoops; at the" Muppet portion oft-the; basket and 0161161196.: on theliron. portionof the formeniKla r: The-.zmannem ofioperating the hammers; 1s; by: means of? flexible; connections, "one; mt which is secured upon-therein shaped; piece 21G; which operates; with: and forms. part 'ofi;

the 12%;; which; moves-or: revolves around thespi1id1em in-eithen directionas Sh WIMi Solidi lines-andtdetfiddinesim F 9. 1%.: ofi the.flexibleeqonnectionsgrslmli as-g usse-J ..cunediover-thercam,zandmrunsrfrom: the bot-"2 torm asiatigafmnemthe thesprmg; Sq Ehis constitutesxthegpowerforreturmng-the hammer: to) the: posiixiomt ShQWIh-im dotted: line'szizn Fig. 1 .v. @-The;mannezmofirenemmgi the-hammer toithe position showmimsolid.

h, forming part of the rock shaft"'H ;ivvhih -"is= intui'n mounted ozr the frame A, of the machine, at the rear portion thereof. This rock-shaft is pro-videdmitlr anothemari'm EX which is in! turnconnected: hy the: modi hF ito the treadle T.' Thu's itiwill'be seenathafias; the; treadle '1 is depressed the. arm it; is; pressed downward; 351' is, alsomhe ar1n=h,-.:and: the flexible connection I (Egi which; causes the; cam Gtand the. Dt with. their; connected hammers; F te. assume the position-shown Pin; "SOlid linesim Fig; Ivan his B o swimi'masb I .Observing .Figt 13V itwvilli be-inoteda that; i f the cam isso. positioned; relativelya. Ito; the anmt Dy; that-1a.; decreasing; radius /is' pre j ented-ltmthe aetuatiingdevice or:fleXibleeohlectioni (13aasetherhannnemadvanceswtorvardn swer -sothat in its starting position ithe'n 99 glomg st;= radiusds-presented, and'iconsequentl-y') the flexible connectionhasitSJ-gITeatBStlWe s age; and as the hammer proceedsthe radius decreases. but; on; the other hand the accelera-q tion. of; the hammer is-zincreased relatively. e5 to a. given. movement ;of the actuatingii de vice. Thus the actuating device has the; greatest.- leverage! :for. starting the; [hammer and. the inertia of the hammer is; over, come, it is; accelerated so that Wl1611;! it Ede 1.0.0 livers its blow. it is moved? with such rapidity that; its.- momentum readily drives; the ,tacl. The return actuating device, or'fiexible; non ,nection gr it will! be noted operates j'ust; the reverse L off this, asthe hammer approaches 5 L05 the work. the longer; radius. of the eccentric i sented to ,:;the flexible connectiom: g1. s0; that as! the hammerappli'es the task; the longer-leveragerincident to thelongerradius of the; cam is presented to; the: flexible .con- 1 1.0 nection g,,?and consequent-1y the,.inertia. .p; vthe; hammerrfor; the return movement-is.

quickly-overcome and; the return movement thusz accelerated, This. variation. oflever age 3 and acceleration; is very important .bej caused-t increases;vervmaterially-the speed with; which the machinecanbeoperated... ,The rock shaft; ,H, is provided, with; another: arm J23- which; moves in unisonmith, the arm h, and is also operated byt the .120 treadle Ti his man hat is connected .tOZ FHd operates-,1 an escapement attachment L,, by meansofi 24 bar paredl, attached-to said anm 5 [IS-and being operated up andl down. by said arm. ,The upper; end: of the rod lengages lzj rgu dey' f t e side ofith ts y P0 11 1 'tion J ofthe feeder, its point enteringbe lines ini Fig and; for driving thenail isi tweemgthe side'of thewfeederzgJ; and the spring J This spring J 2 is provided on its other.

forward end with an escapement device constructed as illustrated in Fig. VII, operating across the face of the feeder J by the up and down stroke of the bar 1, allowing the tack f, to be caught by the advanced prong Z, (see dotted lines in Fig. VII) the tack being meanwhile held by the-prong Z until the escapement has advanced to .theposition shown by dotted lines, which position'is attained as the hammer is brought to the position illustrated in solid lines in. Fig. IV, thus allowing the tack or nail to be in position as illustrated in dotted lines in Fig. IV, and at the lower end of Fig. V and VII, so that the hammer F, will catch it, or attract it and pull it out of the feeder, and retain it in position on the face of the" hammer, until it is hammered into the basket fabric. The upper end of the rod 1, is tapered as indicated in Fig. VII, and thus' the escape L is operated. j I

In forming the feeder the stationary partv J is secured to the standards C, C by-suitable brackets, such as b and the-upperportion of the feeder'is made detachable for. the purpose of allowing it to be filled The manner of securing the parts: together is illustrated more clearly in Fig. VI. The part J is provided with an over-lapping lip y' which rests upon the upper face of they part J. The guide piece 5' being, rovided: to enter the slot in the feeder piece 8', keeping the parts in proper relation to each The feeder is provided with-.a':top. guard piece made removable, which maybe used to prevent the tacks from. flying out of the feeder, but is not absolutely essentiaL. This top guard is shown at N, N, more' clearly in Figs. V, and VI, inthe drawings being made separable at thejoint where the of the pivoted lever B.

feeder is separated in the manner illustrated in Figs. V, and VI.

The mechanism described for-actuating, the hammer on the bottom of the basket is duplicated but in reverse position for op-- erating upon the top of the basket-.- In the accompanying drawings I have used similar letters for marking these parts. .'This companion mechanism is actuated by the leqver T.

In order to properly secure the bottom P of the basket in position, the free end of the mold is provided with points 72, p, preferably four in number, two only being shown -in Fig. IV. These points 72, p, project from the mold, from to of an inch, more-or less, and as the bottom P is broughtagainst the mold by the, hand, the gage R is brought up against the lower end of the mold by means of the treadle T (see Fig. I).

In Fig. I the treadle is shown by means of dotted lines, to be secured to the upper end The dotted lines is showndropped. 'In Fig. IIit is shown ,inpositionto sustain and gage the bottom I. -;After..th'e bottom P- has been properly igaged against: the mold K,.the ball 10 is igrasped and the plunger arm P is brought gforward againstthebottom P, with some force,wbeing aided by means of the ball p iat its free endg-t-he arm I? being guidedin the.standard:1C" -in a suitable manner, so gasto'slide-backward and forward. When Zthe plunger arm P is brought forward against the bottom P it is locked in position iby the catch P, which in turn may be depressed by. the 'treadleT through the rod t, gitbeing heldain position ;by the expansion of the spring tfy-Thecatch P engages iafpin, .as illustrated, on the arm P The arm.P at the point where it engages the ibottomj P is provided; with an anti-friction bearing or;"roller, allowing the mold with the basket fabric contained thereon to move arr-any. direction .to be operated upon by the {:hammer,e-thismbeing'Eaccomplished by the Eo'perationiiofmtheihandles 7c, of said mold. The;.mold..K,--is-provided with a clasp's Qadaptedftoholdithesinner band of the mold ';as. illustratedi in Fig. IV, before the fabric, .iconstitutingthe sides and ends of the basiketis placed on the mold. As illustrated in ;Fig.- III,'t-he;mold K is so secured to the lstandard C, by means of the spindle K, that git-may bemoved in anydirection, presenting the;-bottom or upper edge of the basket be-.

ineath thehammer at any point of the peiIlpheIy.-!2

g .In describing the operation of one of the hammers I have described the operation of gboth,-both.in their action on the fabric of the basket; and. their relative constructions, iand also their connection with the fastener gfeeder andi'inasmuch as the hammers areimagnetic hammers, and furthermore inasimuch asiitis notdesired that said hammers Eshould-come against the feeder J with any appreciable force, I have provided cushions fr,--(see.Fig.-IV)-' at the upper end of the brackets b thus when the arm D is returned to. the; position shown in dotted lines in @Fig. IV, by the action of the spring S, the farm will strike the cushion 7* just before it Ereaches-theportion 7' of the feeder J; and {in-addition to this cushion a", I have proivided a small spring 8 secured to the arm h td-which the flexible connection g is atgtached.,-,The cam; G is also so formed for the purpose of procuring the best effect of the fiexibleconnection on the hammer, the greatest leverage being obtainable upon the start ofthe arm, D in either direction.-

It will be seen from the above that I have provided=arbasket machine which is simple botlr=inwconstruction and operation, and one which cani be easily operated, adjusted and keptri-n; order r'bythe ordinary person, not

necessitating the employment of skilled "T laborw I have-"also 1 provided a machine in which the tacking or nailing is automaticallya accomplished as'is also the feeding of theifast'enersto the hammers.- I v '10 In'v settingifortlr this invention I have ]L Irr:aibasket-making machine, the combination 'of a magnetic hammer, a spindle,

a standardand' said spindle rigidly secured to the thereof, a fixed pinion upon said spindleaiaffreely swinging arm journaled on saidi spindle, a pinion journaled in said arm arld a'dj acent the free end thereof, and

said 'hammen secured to said pinion, an i idler'pimonqournaled in sald'arm, sald pin ioris meshing with each other, a-cam piece secured to-smd arm and ournaled on said spindl'eyand-resilient means attached to said 0 cainipiec e normally positioning the hammer-,n zfiflexible 'memloer secured to the cam piece opposedto the'resilient means, a power tread'let and a rock shaft connecting means between sa'id treadle and flexible member.

-2; llnl'a b'asket making machine, the com-- bination of aplurality of magnetic hammers,i'of: spindles, and freely swinging arms;

journaled on said spindles, trains of gears positioned between said spindles and ham- 40 mers; one of said gears being secured toeach sin'ndleiand'another of'said gears secured to each-hammer, treadl'e means for shiftingthe hammersto positions for driving fasteners at'the top and bottom of the basket, and a to'theirnormal' positions. g Y Y 3.*In 'a basket making machine, the combination of a hammer; a swinging mounting-for the hammer on which the hammer Q is pivotally mounted; and a system of gears operating upon the hammer and swingingthe hammer"relativelyto the mounting as the mount-ing is swung to operate the ham- In a' basket making machine, the com bination' of a hammer, and the mounting for'the hammer, comprising a swinging arm on which the-hammer is pivotally mounted,

a fixed gear concentric with the arm, and

gear fixed with the hammer, and an inter- Y mediate gear, said gears swinging the hammer relatively to the arm.

5. Ina basket making machine*, thezcombinationof a* nail feeding device; ahamresilient means for returning saidhammers mer; a "swinging: mounting fori'the 'hammer' 5 adapted to carry the hammer fromzthe zfeed-z ing' device it'o the worky'saide hammercbeing; pivotally mounted; on 'saidtmouriting anch a; system of gears for swinging rthe: l hammer relatively to v the?mountingltorpositiom the face of? the 'hammeriilelativelywto theigfeed', device and to :thefllwbrlii as'ithenhammer is: swung with the mountingszoq ma; mi ,1 m: w

6. In. a 1 basket: making; mjalchineglr-thm comc f bination of ahamniergi aeswiingingrmountl 7 ing for the hammerg al deviheifori' actuatingi the mounting, and Yaa'connctingdmea'fis be tween the device and' the 'Iiiountingiarn anged to accelerate the hammer-i as) its approaches: 5 the WOI'l(.' "n-ixmml ml Jedi o2 ,Z lihas 0 7, In a basket makingf inachinemtheicomn bination of a hammeriyiaoswingin'gi imou'nb;

ingt for the hammer;ricomprisinguauigearedi paralleling devi'ce, ia'rdeviqeq'ifordactuatingi e:- Tthe: mounting and"? a cohnectih'gi meansf'be i 5 tween the said device andcthe mdunting ar i lranged' w accelerate'ithevhammeri:asdt a 'proaches thefwoiikgiarssii z oil.) oi ir)'1. :--v a 8. In a; basket making niachinepthe'nbomhz E1;

'bination of -a hammer ;-1 ia'iswin gingl mount; 9 0

ing for the hammer 'an ecentricefixeduwithi the mounting; 'a' device 'operatingl upon: athe eccentric to :actuate the?mountingli'saidwec centric beingset with relatioiiitoithe deviceg 0?; I and themounting: tol-pres enteardecrea'singi.

radius as the hammeraa proachesl the'wo'rkig 9'. Ina basketvma'king machineslthe) combinationof aihammerg a swinging mount"- ing for=the hammer; cinnprisi'ngcal geared paralleling rdevice-j an: eccentric fixed lwith: the mounting a device:"operating upon thex eccentric; said eccentrieIbeingHsetfIw-itli re 'lation to the. device"; ands ethemnountingito present a decreasing radius asithe hammer': *1 approaches thenworksu eiiic'imfie when! namd 10. In a basket making machine, the'fcombination of a hammer, a swinging inounting for the hammer an 'eccentric fixedflwitlr the mounting, adevice operating nponirthe ec i centric to actuate the niountinga said eceen' =tric being set with" relationth the d'evice'; and the mounting to".lpr'es'ent afiecreasing radius as the hammer approaches the Work? and a return 'device'operatin'g upon the op-f posite side of the eccentric from the actu llb 'ating device.'-

11. In a basket" making machine; the 'coiri-'= bination of a basket form a hamn ier adapt ed to drivea' fastener into atbasketj oiigthef form a swinging mounting forthe ham= mer arranged at the side of the-form, and extending I above the face I of the fhantflrier when the hammer is in' contact with the facei of the basket to-permit the operator tou'each' under the mounting to 'a 'p'oint beyond 'fihef hammer; and devices-for shiftingthe plane of the face of the hammerrelatively tothe mounting as it is actuated? Mini! 12LIna basket'making machine, the com-i ibination 'ofa basket form;a hammer adapt-i ed to drive a fastener into aba'sket onthet for the ham-i form; J a" swinging mountin mer arranged at the side of the arm as the arm is swung.

ing

basket to permit a paralleling device for maintaining the face of the hammer in parallel planes throughout the excursion to the work; and a nail feeding device arranged in a position at the opposite the basket form' to which the hammer returns for a tack after side of the pivot from delivering the blow.

15. In a basket making machine, the com bination of a basket form; a pair of hammers, one adapted to drive a fastener into the bottom of the basket on the form, and the other adapted to drive a fastener into the top of the basket on the form; swinging mountings arranged at the sides of the form and arranged above the faces of the hammers when the hammers are in contact with the basket to permit the operator to reach along the faces of the hammers under the mountings to points beyond the hamthe planes of mers; and means for driving the hammers.

16. In a basket making machine, the combination of a basket form; a pair of hamone adapted to drive a fastener into the bottom of the basket on the form and the other adapted to drive a fastener into the top of the basket on the form; swinging mountings arranged at the sides of the form, and arranged above the faces of the hammers when the hammers are in contact with the basket to permit the operator to reach along the planes of the faces of the hammers under the mountings to a point-beyond the hammers, said mountings swinging to carry the hammers to a position away from above mers,

In a basket making machine, the combination of a basket form; a hammer adap ed to drive a fastener into a basket on the form; a swinging mounting for the hammer arranged at the side of the form and extendabove the face of the hammer when the hammer is in contact with the face of the the operator to reach under the mounting to a point beyond the hammer;

the r-forni', andi 'l'biiiation o'fa basket fo'rm atwozhammers'one extending above the face ofthe'hammer'to, permit the operator vto: reach iunder thel mounting to a point beyond the l a gnneglpdapted to drive a fastener a -P ra1 1ingad i "fer. m nta ning the face of the-hammer in paralleliplanes; throughout its excursion to the work-w 13. In a basket making machine, the combination of a basket form; a swinging mounting for the hammer arranged at the side of the form, and extending above the face of the hammer to permit the operator to reach under the mounting to a point beyond the hammer; and a system of gears connected to the hammer, and adapted to shift the face of the hammer relatively to -'ada'pteii at: dri ve a I fasteneniinto the bottom into the top of the-ba kt onthat ormasuinginazmonntipg ,fo r;; .s 2 rid hammers arranged at the sides of --the-form above thefaces of the hammers when the hammers are in contact with the basket to permit the operator to reach along the planes of the faces of the hammers under the mountings to points beyond the hammers; devices for shifting the face of the hammers relatively to the form as the hammers swing; and means for driving the hammers.

18. In a basket making machine, the combination of a basket form; a hammer adapted to drive a fastener into the basketon the form from above and upon the upper surface of the basket on the form; a swinging mounting for the hammer with its pivot at the side of the form, the pivot being at a distance from the side of the form, and the mounting extending above the plane of the hammer, leaving a space at the side of the form along and above the plane of the face ,of the hammer when in contact with the basket on the form to permit the operator to reach past the mounting to a point on the form back of the hammer and means for driving the hammer.

19. In a basket making machine, the combination of a basket form; a mountin on which the form is rotatively mounted; a hammer adapted'to drive a fastener into the basket on the form from above and upon the upper surface of the basket on the form; a swinging mounting for the hammer with its pivot at the side oft-he form, the pivot bein at a distance from the side of the form, an the mounting extending above the plane of the hammer, leaving a space at the side of the form along and above the plane of the face of the hammer when in contactwith the basket on the form to permit the operator to reach pastthe mounting to a point on the form back of the hammer; and means for driving the hammer.

20; In a basket making machine, the combination of a basket form; a mounting for the form on which the form is movable rotatively and at right angles to the axis of the mounting; a hammer adapted to drive a fastener into the basket on the form from above and upon the upper surface of the basket on the form; a swinging mounting for the hammer with its pivot at the side of the form, the pivot being at a distance from the side of the form, and the mounting extending above the plane of the hammer,

meanshfor driving I oft-he basket on the form, and the other ileaving -a :space at the side of the form Signed at Cleveland in the countyi of ralong and above the-plane of the face of the Cuyahoga and State of Ohio, this 4th day 0f hammer when in contact With the'basketzon October 1906. I 1 theformto permit the operator to reach past ARTHUBJLL- TAYLOR. 5 ithe.mo unting tea point on the form-back of WVitnesses: r v; ihehh'ammer; and means for driving the i MAUDE L. BARRUs,

whammer. :R. M. BARRUS. 2

i Washington, 11.0. 

